Why Shinnecock’s Bunkers Look Broken On Purpose
Shinnecock’s ragged, fescue-fringed bunkers cost more to maintain than the perfect white bunkers you see everywhere else — the wild edge is the most labor-intensive aesthetic choice on the property.
Shinnecock’s ragged, fescue-fringed bunkers cost more to maintain than the perfect white bunkers you see everywhere else — the wild edge is the most labor-intensive aesthetic choice on the property.
The wide, treeless Shinnecock Hills wasn’t restored by Coore and Crenshaw — it was uncovered, one tree at a time, by three superintendents whose names almost nobody knows.
The 2026 U.S. Open at Shinnecock Hills will be the first played with the USGA Moisture Meter — the instrument that did not exist the last two times Shinnecock broke the setup crew.
The difficulty at Shinnecock Hills isn’t USGA setup — it’s geology. Glacial-outwash sand, Atlantic wind, and open terrain give the course what every other U.S. Open venue has to engineer.
On Saturday June 16, 2018, a grounds crew member walked onto Shinnecock’s 15th green with a garden hose during play — what followed was an infrastructure failure seven years in the fixing.
Golf courses used 31 percent less water in 2024 than in 2005 — not because of any law, but because water agencies handed superintendents hard ceilings and the math left no other door.
The Old Course at St Andrews has eleven greens for eighteen holes, seven of them shared — enormous surfaces born not from design but from centuries of golfers trying to share one strip of grass.
The decision that destroyed Chambers Bay’s greens wasn’t made by the grounds crew in June 2015. It was made by the USGA on February 7, 2008 — seven years before a single ball was struck.
In 2004 crews stopped play to hand-water Shinnecock’s seventh green to keep it alive. The grass wasn’t the villain — three systems failed at once, and two of them have been fixed.
William Flynn built Shinnecock Hills’ greens in 1931 for a six-and-a-half-foot Stimpmeter. The USGA calls what happens next the architectural speed limit.